Now, we need to enter a number in each project, in that you want to add to your shopping cart or wish list, then, “add to cart” or “add to wish list” button needs to be you click, and then at the bottom of the list, you can proceed. Use an asterisk (*) to mark the required fields.

What is fpc6 tapping head?

If you can make use of your fpc7 grinding head, then this will be an economic method. Part of the reduction program is whether you take a shot of e to avoid manual tapping or use, and here we have a knock on your head.

What is fpc9?

We know that if the numerical control machine is on a round head fpc8, then it will be easy to finish. At this point, a fpc9 will need to be used. Three types of click head are provided by fpc8:

The first type is fpc0 tap, the second one is fpc9 tension/compression clip head, and the third is fpc8 automatically turning the head.

In general, most of the material can be used for the general purpose is fpc1 bit length, steel was included, and they are at an economic price, and can also be in the wire size.

What is fpc2 length drill? Letters.

Generally speaking, most materials used in general use the fpc2 length bit, steel is included, and if it is the size of letters, the price is very economical.

What is fpc3 length drill? – part. In general, can be used in most materials is the fpc3 length of general milling drilling machine, steel was also included in this, and from the point of the price, and economy, and can in part size, can also be used.

What is the fpc4 length drill?

Universal milling which can be used in most materials (including steel) is fpc4 length drill. If they are these fpc5 coating cutting tools, they are all sizes, including wires, fractions, letters and metric systems. The designers of these Settings are experts in fpc5.

For small diameter thread processing applications, such as an aviation business, need to be processed in an aluminum pieces of 50 M1.6 × 0.35 thread, blind hole, the customer encountered the problem is that because of the blind hole, chip difficult, so the use of tap Processing, tap easy to break; due to tapping for the last process, such as parts scrap, the loss of the parts spent a lot of processing time. Finally, the customer chooses the thread cutter with M1.6×0.35 thread, Vc (line speed) = 25m / min, S (speed) = 4900 r / min (machine limit), fz (per feed) = 0.05mm / r, the actual processing time 4 seconds / thread, a tool to complete all 50 pieces of workpieces.

A knife body production enterprises, because the hardness of the knife body is generally HRC44, for the blade of the small diameter threaded hole, the use of high-speed steel tap processing, more difficult, shorter tool life, easy to break. For M4x0.7 thread machining, the customer chooses the integral carbide thread cutter, Vc = 60m / min, Fz = 0.03mm / r, processing time 11 seconds/thread, tool life 832 threads, thread finish is very good.

The customer sets the target of 40 holes, each with one tool and two RHSP. They pulled AMC drill reamer after 80 holes. The consensus was that the tool would drill 120 holes, but since it had exceeded 100% expectations, they decided not to risk blowing a hole.

An international injection molding company is introducing a new product that requires a more efficient manufacturing process. Their process is to use the grooves of the hg-13 steel to complete the grooves and then pour the grooves – three steps. Insert the heating element into the slot.

AMC tool engineers studied the process and developed the tool geometry to simplify the three-step process to one step. He created a blueprint, and AMC tools performed a test to adjust the operation.

AMC’s hard alloy rod mill is now rough, complete, and chamfered in a process. In addition to the reduction steps (including the number of tools involved), AMC tool solutions cut the machine cycle time by more than half (from 90 minutes to 40 minutes), and tool life increased by 25 percent.

AMC is good at developing process-specific tools. This requires a unique tool design approach, a combination of understanding of the application process, and extreme mastery of tool geometry and grinding principles.

Many of the innovations that have become industry standards, such as double-margin drilling, reamer, AMH12FH composite drill and diamond coated compression routers, are all derived from application-specific tools.

AMC’s approach to tool design and manufacturing is application-specific. For some applications, such as composite materials, manual applications in difficult locations, and metal/composite stacks, we recommend taking additional steps. AMC two-stage reamer produces very good holes that meet the strictest quality standards and little or no export burrs. Depending on your application, we can customize any advanced reamer of any geometry based on your application.

The three-stage reamer design for the Boeing 787 project is designed to produce very tight tolerances on composite materials and composite material stacking, such as CFRP/titanium. These three stage reamer use two steps and lower transition angles to eliminate layering because the tool exports composite materials. Its reduced cutting force makes the tool ideal for renaming titanium.

As aerospace manufacturers continue to demand stronger, lighter materials, other industries such as cars and sports/entertainment are following suit.

Manufacturers who deal with advanced materials are aware of composite materials and are prone to complex problems during drilling because of their nature. In the production of the next generation of tight tolerance holes, the removal, fiber breakage and uncut fibers are just a few of the problems. People with knowledge of advanced materials continue to rely on AMC to solve these inherent problems.

To respond to continued demand for higher efficiency, AMC has developed a single cutting tool that can perform three functions in a single channel, ream and countersink. AMC’s application-specific approach applies to the increased complexity of torque during the transition from drilling to the counter, as well as the special needs of aluminum, titanium, or composite (separate and stacked).

AMC is good at developing process-specific tools. This requires a unique tool design approach, a combination of understanding of the application process, and extreme mastery of tool geometry and grinding principles.

This “mushroom cutter” is a hard alloy milling cutter named for its shape, which is used for precision high speed aluminum alloy cutting. Because of its size and tolerance, it’s hard to make. This tool plays an important role in aircraft manufacturing. When previous tool suppliers failed to meet their standards, they turned to AMC.

High quality standards and strict tolerance are part of our business. We can deliver the goods on time, no problem.

Many of the innovations that have become industry standards, such as double-margin drilling, reamer, AHM1R2FH composite rig and diamond coating compression router, come from application-specific tools.

AMC precision the same technology and quality standards apply to every tool, whether it is a standard project or an application-specific tool. So, you can safely stabilize source tools, implement application expectations, always print, always the highest quality.

A retooled tool should provide the same performance and tool life as a new tool. AMC USES the same craftsman and the same precision machine and process to restore the tool to a new state.

The router you use is the most, and you’re ready when you’re in it.

Some of our most popular innovative tool designs have become standard equipment in many industries. To meet the demand, we now manufacture and store these tools for fast delivery. Most off-the-shelf tools can be used with flutes (nearly three inches) to accommodate today’s thicker, more complex composite materials. We can customize any router geometry for your particular application.

AMC designed a compression router with advanced oppositional geometry to compress the composite layer. The precision cutting action can prevent the lamination of composite materials. The compressed router has been proven to be successful in application, its tolerance and expensive materials.

AMC tool designs and manufactures RHMS with the same rigorous process, which makes all of our products the most accurate tool for application. Our RHMS is designed for today’s changing manufacturing environment, which features:

The double corner is used to improve the control of the hand and the layering of composite materials.

Custom geometry specific to application operations.

When a hole needs to be completed with a reamer, its precision geometry makes AMC guided reamer one of the best. You can use it for composite, titanium, aluminum, or stack applications. Depending on your application, we can customize any advanced reamer of any geometry based on your application.

]]>The advanced drilling righttp://end-mill-tool.com/index.php/2017/10/22/the-advanced-drilling-rig/
Sun, 22 Oct 2017 02:57:30 +0000http://end-mill-tool.com/?p=76AMC USES the same craftsman and the same precision machine and process to restore the tool to a new state.

If the reconditioning tool is part of your philosophy, AMC can design the element into a new tool that allows you to maximize the conditions and extend the life of the tool.

AMC can also replace tools produced by other tool companies. We can apply the geometric shapes that AMC has proven, or reset them to the specified geometry.

The advanced drilling rig provides a great deal of flexibility and precision in the manufacturing process. However, in order to play their due function, hall – back holes, they need tools with ingenious and unique geometric shapes. The application-specific tool design of the AMC tools helps ensure that you get the right tools – not just for materials and holes, but for the drilling system itself.

When AMC USES tools for CNC, it considers applications and specific CNC machine age and models, RPM restrictions, minimal maximum feed rates, and many standards for improving performance and tool life.

Using a hand drill is sometimes considered easier than CNC or ADU because the device itself is not very technical. However, adjustment, feeding and speed controls can make the hand drill inconsistent and error-prone, even when you use the drill jig or guide sleeve.

Reducing the flute spiral can reduce the force needed to penetrate the material, making the process more ergonomic

The advanced drilling rig provides a great deal of flexibility and precision in the manufacturing process. However, in order to play their due function, hall – back holes, they need tools with ingenious and unique geometric shapes. The application-specific tool design of the AMC tools helps ensure that you get the right tools – not just for materials and holes, but for the drilling system itself.

AMC has designed a compression router with advanced oppositional geometry to compress the composite layer. The precision cutting action can prevent the lamination of composite materials. The compressed router has been proven to be successful in application, its tolerance and expensive materials.

To respond to continued demand for higher efficiency, AMC has developed a single cutting tool that can perform three functions in a single channel, ream and countersink. AMC’s application-specific approach applies to the increased complexity of torque during the transition from drilling to an anti-sink, as well as the special needs of aluminum, titanium, or composite (separate and stacked).

As aerospace manufacturers continue to demand stronger, lighter materials, other industries such as cars and sports/entertainment are following suit.

Manufacturers who deal with advanced materials are aware of composite materials and are prone to complex problems during drilling because of their nature. In the production of the next generation of tight tolerance holes, the removal, fiber breakage and uncut fibers are just a few of the problems. People with knowledge of advanced materials continue to rely on AMC to solve these inherent problems.

We have developed this diamond coating compound drill, which is about 12.5 times faster than the PHCD, and is 4.36 times longer.

AMC has been working at a local machine shop for more than a year and has developed this specialized custom tool to eliminate stress. The tool is part of the global turbine toolkit. Because failure is not a choice, they turn to AMC.

AMC has developed a low-speed spiral router for high-speed CNC composite routing. Depending on the application, we can configure multiple flute changes. With its reduced flute spiral, it cleans the composite fiber with minimal vertical force to prevent layering.

AMC diamond cutting router is suitable for multiple satellite and rocket manufacturer composite materials, and is excellent in manual, numerical control and robotics applications. AMC can cut from fine cutting to rough flute geometry depending on your operation, material and required completion.

The SHP router is a very common composite tool.

Depending on the speed and feed, you can use it as a rough or complete router. With a set of Settings, it can save you time (and therefore cost) and increase production speed by being a single tool.

This year the economic situation is grim, the number of CNC tool industry somewhat affected, but fortunately, business needs are still stable. But more and more enterprises on the precision of CNC tool made more stringent requirements. King Kong tool network chief information officer Luo Baihui pointed out that customers buy tools, in addition to value whether to complete the processing quality, but also pay attention to how to reduce the cost of the workpiece and achieve higher product profits. The service awareness of the tool company is shifted from the tool itself to the whole value chain of the workpiece, so as to minimize the customer’s production cost. For customers, the first choice when the CNC tool is concerned about the quality, and then the price, so the CNC tool industry in terms of versatility, stability and accuracy do better.

Many imported from Japan, the United States, Switzerland, South Korea and other imported CNC tool with a new blade shape, smaller blade size, smaller cutting the main declination and the new clamping structure, by many companies love. In addition, a variety of combinations, dedicated CNC tool is the current automotive, mold and other industries important processing tools. Its most important feature is in a clamping can be completed a number of processing, so the tool management, reduce the cost of tools, etc. have shown a remarkable role.

However, many CNC tool dealers are also clearly aware that the current CNC tool market, domestic NC tool independent research and development capability is weak. In the high-end product development, the use of imitation-based, alternative import policy. This development led to the technology completely dependent on the developed countries, lost the development of the initiative, always follow the people behind. Whether it is a vendor or a manufacturer, we must fully realize this, continue to consolidate the foundation in the development, enhance the ability of independent development, positioning the market, improve the high-end product share.

Designed for drilling multiple boards, roto savage stacks cutting tools made using special ID grinding tools cut cylindrical steel columns without leaving the traditional “top hat edges”. “This makes it possible to have multiple slugs inside the cutter, and when the final plate is penetrated, it will be sprayed out cleanly.”

A popular stack board application is the truck framework extension drilling. Combined with RB3330’s low-profile magnetic drilling machine, the CT13350STK cutter is cut into 1-3/8 “to form a system for drilling truck frames and wheel arches. It can be obtained from the diameter of 58-1. The CT23300STK cutter cuts to a depth of 2 inches from 13/16 to 1-1.

Cutting tools of the new gm drill is a kind of carbide drill, it combines a special kind of multipurpose geometry and the advanced coating technology, according to the report to provide reliable, predictable tool life and low cost, especially in the large capacity of a production environment.

The universal drill’s rigid four-point geometry provides the excellent central capability, maintaining the tolerance of 8/9 holes, and is easy to regrind. A polished aluminum coating allows the drill to withstand abrasion, toughness and good chip evacuation.

Applicable to all industrial applications, as well as a wide range of workpiece materials, including steel, stainless steel, and cast the iron, the versatility of gm drills can help reduce tool inventory.

The available drill diameters range from 3 mm to 20 mm, with each increment of 0.1 mm. For effective chip evacuation, 5 x D and 3 x D drilling machines can choose to use the tool coolant. All universal drills can be compatible with the Seco contractile clamps, hydraulic clamps, and precise chuck disks.

For precision cutting tools, its new high – depth drilling (40xd-50xd) has proven to be a great success in deep hole drilling applications. Many users have been able to cut their cycles by 85% and increase their productivity by five times.

Long and deep drilling can be divided into two types: aluminum and grey cast iron series (triple edge), and series for titanium, Inconel and stainless steel (bilaterally). Both of these drills have self-centering function and internal cooling liquid holes for machining without holes. In addition, the drill has a parabolic groove, allowing for higher speed/feed, and efficient evacuation of the chip.

Diameter: 40xD (3.0-8mm) and 50xD(3.0-6.0 mm). Other dimensions may be provided as required.